Mechatronics and Intelligent Machines Engineering Program
A multidisciplinary Bachelor of Science in Mechatronics and Intelligent Machines Engineering integrating mechanics, electronics, control, and AI to design, automate, and optimize smart systems for advanced manufacturing, robotics, and Industry 4.0 applications.
Duration of Study
Four Years (144 Credits plus field training, AGPA ≥ 2)
Degree
Bachelor of Science in Mechatronics and Intelligent Machines Engineering
Credit Hours
144 Credit Hours
Program Highlights
The Bachelor of Science in Mechatronics and Intelligent Machines Engineering is an interdisciplinary program integrating mechanical engineering, electronics, control systems, robotics, artificial intelligence, and embedded computing to design, analyze, and operate intelligent electromechanical systems.
The program emphasizes smart systems, automation, robotics, Industry 4.0, and cyber-physical systems, preparing graduates to develop innovative solutions for modern industrial, medical, and autonomous applications. It combines strong theoretical foundations with hands-on laboratory work, design projects, and real-world problem-solving across multidisciplinary domains.
This aligns with modern mechatronics curricula that integrate mechanical systems, electronics, control, and computing into unified intelligent systems.
- Program Educational Objectives (PEOs)
Within 3–5 years after graduation, graduates of the program will:
PEO-1: Technical Competence & Career Success
Apply integrated knowledge of mechatronics, AI, and intelligent systems to solve complex engineering problems and advance in their professional careers across diverse industries.
PEO-2: Innovation, Research & Entrepreneurship
Engage in innovation, research, and entrepreneurial activities, developing intelligent machines and smart technologies that address societal and industrial needs.
PEO-3: Leadership & Professional Practice
Demonstrate leadership, teamwork, and effective communication in multidisciplinary environments while adhering to ethical and professional standards.
PEO-4: Lifelong Learning & Adaptability
Pursue continuous learning, advanced studies, and professional development to adapt to emerging technologies and evolving engineering challenges.
These objectives are consistent with global frameworks emphasizing career advancement, ethics, leadership, and lifelong learning in mechatronics graduates.
- Program Learning Outcomes (PLOs)
(Aligned with ABET Student Outcomes and Mechatronics Context)
By the time of graduation, students will be able to:
Engineering Knowledge and Problem-Solving
PLO-1: Apply mathematics, science, engineering fundamentals, and AI principles to model and solve complex mechatronics problems.
PLO-2: Identify, formulate, and analyze complex engineering problems involving mechanical, electrical, and intelligent systems.
Design and Development
PLO-3: Design integrated mechatronic and intelligent systems that meet specified needs considering safety, sustainability, and economic constraints.
PLO-4: Develop and implement embedded systems, control algorithms, and AI-based solutions for automation and robotics.
Experimentation and Tools
PLO-5: Design and conduct experiments; analyze and interpret data to improve system performance.
PLO-6: Use modern engineering tools, simulation platforms, and digital technologies effectively.
Professional Skills
PLO-7: Function effectively as an individual, team member, or leader in multidisciplinary environments.
PLO-8: Communicate effectively with diverse audiences using technical and digital communication tools.
Ethics, Society and Sustainability
PLO-9: Recognize ethical and professional responsibilities and evaluate the societal, environmental, and economic impacts of engineering solutions.
Lifelong Learning and Innovation
PLO-10: Engage in independent learning and adapt to emerging technologies such as AI, IoT, and smart manufacturing.
PLO-11: Apply innovation and entrepreneurial thinking in developing intelligent machines and systems.
Available Departments
Skill Development
We can acquaint ourselves with a comprehensive, accreditation-aligned skills development framework for a Bachelor of Science in Mechatronics and Intelligent Machines Engineering program as follows:
- Engineering Fundamentals & Analytical Skills
Graduates develop strong foundations in:
- Advanced mathematics (calculus, differential equations, linear algebra)
- Engineering physics (mechanics, electricity, and magnetism)
- System modeling, simulation, and optimization
- Engineering problem-solving using analytical and computational methods
- Mechanical Systems Design
Students acquire the ability to:
- Design mechanical components and assemblies using CAD/CAE tools
- Analyze kinematics, dynamics, and the strength of materials
- Apply manufacturing processes and materials selection
- Integrate mechanical subsystems within mechatronic systems
- Electrical & Electronic Systems
Graduates gain expertise in:
- Analog and digital electronics
- Sensors, actuators, and signal conditioning
- Power electronics and embedded electrical systems
- Circuit design, testing, and troubleshooting
- Control Systems & Automation
Students develop competencies in:
- Classical and modern control theory
- PLC programming and industrial automation systems
- Feedback systems, stability, and system response analysis
- SCADA systems and industrial communication protocols
- Embedded Systems & Programming
Graduates are skilled in:
- Microcontrollers and embedded platforms (e.g., Arduino, ARM, FPGA basics)
- Programming languages (C/C++, Python, MATLAB)
- Real-time systems and hardware-software integration
- IoT-enabled smart system development
- Robotics & Intelligent Systems
Students build capabilities in:
- Robot kinematics, dynamics, and control
- Autonomous systems and mobile robotics
- Machine vision and sensor fusion
- Artificial Intelligence and machine learning for smart machines
- Mechatronic System Integration
Graduates can:
- Integrate mechanical, electrical, and software components into unified systems
- Design and implement cyber-physical systems
- Perform system-level testing, validation, and optimization
- Apply digital twin and simulation technologies
- Industry 4.0 & Smart Manufacturing
Students gain exposure to:
- Industrial Internet of Things (IIoT)
- Smart factories and cyber-physical production systems
- Data acquisition, analytics, and predictive maintenance
- Automation, robotics integration, and digital transformation strategies
- Engineering Design & Innovation
Graduates demonstrate:
- Creative problem-solving and innovative thinking
- The Engineering design process from concept to prototype
- Product development, rapid prototyping, and testing
- Use of modern engineering tools and software
- Professional & Transferable Skills
Students develop:
- Technical communication and engineering documentation
- Teamwork and multidisciplinary collaboration
- Project management and leadership skills
- Ethical responsibility and sustainability awareness
- Lifelong learning and adaptability to emerging technologies
- Research, Development & Entrepreneurship
Graduates are prepared to:
- Conduct applied research and experimental investigations
- Analyze data and interpret results scientifically
- Develop innovative solutions and prototypes
- Pursue entrepreneurship and technology commercialization
- Practical & Experiential Learning
The program emphasizes:
- Laboratory experimentation and hands-on training
- Industry internships and real-world projects
- Capstone design projects addressing industrial challenges
- Use of advanced laboratories (robotics, automation, embedded systems, AI)
Useful Links
Admission
Requirements
Academic Prerequisites
- Egyptian Thanaweya Amma (Mathematics Division/Scientific Mathematics): Must hold a “علمي رياضة” certificate.
- American Diploma: 8 subjects including Mathematics, Physics, Chemistry, English + SAT/ACT/EST.
- Canadian Diploma: 8 subjects from Grades/ Scientific Mathematics 11 & 12 including Mathematics, Physics, Chemistry, English.
- French Baccalaureate: 7 subjects including Mathematics, Physics, Chemistry, English.
- IGCSE: 8 O-Level + 1 AL/AS Mathematics including Mathematics, Physics, Chemistry, English + approved subjects.
- International Baccalaureate: Mathematics & Physics at Higher Level + English; min 24 points.
- Nile Certificate (CNISE): 7 L1 subjects including Arabic, English, Chemistry, Physics, Mathematics + L2/3 Mathematics.
- Abitur: 7 subjects including Mathematics, Physics, Chemistry, English
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